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The discussions reflect a positive reception, with comments like 'consider training aerobic capacity,' emphasizing practical applications, and phrases like 'new paper out' signaling awareness of current research. The tone is curious and slightly optimistic about improving rehabilitation strategies based on this research, which supports the moderate scores assigned.
Most discussions agree with the findings by highlighting the importance of understanding post-stroke walking mechanics and potential training approaches.
Participants show moderate interest, often referencing the relevance of the research to improving post-stroke rehabilitation.
Posts engage with the topic by discussing implications for therapy and mentioning specific factors like aerobic capacity and energy cost.
The discussions suggest the paper could influence clinical practices and training focuses, indicating a moderate to high impact.
New paper out! Individuals post-stroke seem to reduce walking speed to prevent unsustainably high relative aerobic loads at the expense of reduced economy. When aiming to improve walking ability post-stroke, consider training aerobic capacity https://t.co/1TLiKLyx3L https://t.co/RmkeFxtWB0
The relationship between relative aerobic load, energy cost, and speed of walking in individuals post-stroke https://t.co/CIPe8MS8aJ #medRxiv
RT @IlseBlokland: New paper out! Individuals post-stroke seem to reduce walking speed to prevent unsustainably high relative aerobic loads…
RT @IlseBlokland: New paper out! Individuals post-stroke seem to reduce walking speed to prevent unsustainably high relative aerobic loads…
Explores how moderate and vigorous aerobic training improves walking ability and cognitive function in stroke patients, focusing on energy expenditure, walking speed, and overall rehabilitation benefits.
This video explores the relationship between aerobic load, energy cost, and walking speed in post-stroke individuals, highlighting recent research on improving walking competency after stroke.
RT @IlseBlokland: New paper out! Individuals post-stroke seem to reduce walking speed to prevent unsustainably high relative aerobic loads…
RT @IlseBlokland: New paper out! Individuals post-stroke seem to reduce walking speed to prevent unsustainably high relative aerobic loads…
RT @IlseBlokland: New paper out! Individuals post-stroke seem to reduce walking speed to prevent unsustainably high relative aerobic loads…
New paper out! Individuals post-stroke seem to reduce walking speed to prevent unsustainably high relative aerobic loads at the expense of reduced economy. When aiming to improve walking ability post-stroke, consider training aerobic capacity https://t.co/1TLiKLyx3L https://t.co/RmkeFxtWB0
The relationship between relative aerobic load, energy cost, and speed of walking in individuals post-stroke https://t.co/CIPe8MS8aJ #medRxiv
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